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Q1 (5 points) 1. Provide the complete mechanism and the final product of the following reaction....
Provide a mechanism and final product for the following reaction. (6 pts) KCN, EtOH/H0 H CH3 Provide a mechanism for the reaction shown below. (6 pts.) Actones KOHO CH, Part V. Separation,
Provide a mechanism and final product for the following reaction. (6 pts) KCN, EtOH/H0 H CH3 Provide a mechanism for the reaction shown below. (6 pts.) Actones KOHO CH, Part V. Separation,
1. Provide a mechanism for the following reaction. 5 points HCI + 11,0 2. Provide a mechanism and the favored product(s) with the following reaction. Remember MeOH is CH3OH. 5 points MeOH Br 3. Provide a mechanism for the following reaction. (This a hint to question 2) 5 points OH HO 4. Draw a mechanism and provide the most favorable product from the reaction below. 5 points Br NaOH
Provide the product and mechanism for the
following reaction.
1. Provide the product and mechanism for the following reaction. (10 pts) Br2, FeBrz
5. (20 points) Provide a reasonable and complete mechanism using the arrow notation for the following transformation Br AgNO3, Br Br EtOH, EtONa Br
5. (20 points) Provide a reasonable and complete mechanism using the arrow notation for the following transformation Br AgNO3, Br Br EtOH, EtONa Br
5. Provide an arow-pushing mechanism for the reaction below, and state how many product stereoisomers are possible (5 pts) NO2 cat. KOH EtoH NO2
5. Provide an arrow-pushing mechanism for the reaction below, and state how many product stereoisomers are possible (5 pts) .NO2 cat. KOH ETOH NO2
| 1. Complete the reaction below, and provide a mechanism for the formation of Product A | and B (3 points) 0.5 M bromine in water OH H3PO4 (60 % Yield)
3. (3 pts) Provide a reasonable arrow-pushing mechanism for the following transformation. OEt EIO EIO 1. NaOE, ETOH 2.NH.CI (aq soln) Me Me
4. (5 pts) Mechanism Show the product(s) of the following reaction, and provide the mechanism and the reaction coordinate diagram. Provide the rate equation for the process HC Nu R CH₂ reaction coordinate Rate Equation Rate =
the complete resion below, and provide a mechanism to the formation of Product 1. Complete the reaction below, and provide a mechanism for the formation of Product A and B (3 points) OH H3PO4 0.5 M bromine in water (60 % Yield)